一个新的带参数的Hilbert型积分不等式

本文研究Hilbert积分不等式的推广问题.利用引入参数和对数积分核函数,建立了一种新的Hilbert型积分不等式,证明了用Euler数和π来表示的常数因子是最佳的,推广了经典的Hilbert积分不等式.     

一个含多参数且-4齐次核的Hilbert型积分不等式

以Hilbert不等式为代表的双线型不等式是分析学的重要不等式.应用权函数方法,引入多个参数,建立了一个新的具有最佳常数因子的-4齐次核的双线型不等式.作为应用,导出其等价形式及一些特殊结果.     

一个含多参量的逆向Hilbert型积分不等式及其等价式

通过引入两对共轭指数,一个独立参数与权函数,建立一个新的逆向Hilbert型积分不等式及其等价式.并证明了其常数因子为最佳值.作为本文结论的特殊情形,得到了一个经典的Hilbert型积分不等式的含参数s,t的逆向式.     

关于Hilbert积分算子的一个分解

应用权函数及参量化的方法,建立了一对新的Hilbert型积分不等式,它是Hilbert积分不等式的一个分解.还考虑了其等价式,引入参数的最佳推广式及逆式.作为应用,求出了Hilbert积分算子的一个范数分解式.     

一个零齐次核的Hilbert型积分不等式

通过引入多参数及估算权函数,建立一个具有零齐次核的Hilbert型积分不等式。作为应用,建立了它的等价式及一些特例。     

离散型Carlson's不等式的一些推广及改进

In this paper, we consider Carlson type inequalities and discuss their possible improvement. First, we obtain two different types of generalizations of discrete Carlson's inequality by using the Hlder inequality and the method of real analysis, then we combine the obtained results with a summation formula of infinite series and some Mathieu type inequalities to establish some improvements of discrete Carlson's inequality and some Carlson type inequalities which are equivalent to the Mathieu type inequalities. Finally, we prove an integral inequality that enables us to deduce an improvement of the Nagy-Hardy-Carlson inequality.     

Inequalities Involving Superquadratic Functions and Operators

By the use of some integral inequalities containing superquadratic functions, we obtain an inequality which generalizes some previous results. We also present an inequality for positive linear mappings of operators on Hilbert spaces. Some applications and examples are given as well.     

一个反向Hilbert型积分不等式及其等价式

引入权函数,建立一个含多参量的新的反向Hilbert型积分不等式及其等价式.并证明了其常数因子为最佳值.作为应用,给出了其几个特殊结果.     

一个推广的Hilbert型积分不等式及其应用

本文改进权函数的方法,引入参数λ,给一个Hilbert型积分不等式以具有最佳常数因子的推广.作为应用,建立其等价式及逆向形式.本文的结果及所提供的方法将对同类问题的研究起到有益的借鉴作用.     

一个含多参量的反向Hilbert型积分不等式

引入权函数,建立一个含多参量与最佳常数因子的新的反向Hilbert型积分不等式.作为应用,给出了其两个等价式及几个特殊结果.     

Sharp integral inequalities for harmonic functions

Motivated by Carleman's proof of isoperimetric inequality in the plane, we study some sharp integral inequalities for harmonic functions on the upper half‐space. We also derive the regularity for nonnegative solutions of the associated integral system and some Liouville‐type theorems. © 2007 Wiley Periodicals, Inc.     

关于Hardy-Hilbert不等式的单参数推广

引入单参数λ及β函数,应用权系数的方法,推广H ardy-H ilbert不等式,并证明常数因子是最佳值.作为应用,建立其等价形式及对应的积分不等式.     

关于Hardy-Hilbert型积分不等式

设1/p=1/q≈1：1且P〉1．通过引入一个适当的积分核函数和参数λ（λ〉-1）,创建了一种新型Hardy～Hilbert型积分不等式．证明了其常数因子（p^λ=1＋q^λ＋1）Г（λ＋1）是最佳的,其中Г（x）Г-函数．特别,当p=2时,得到了一种新的Hilbert型积分不等式．作为应用,给出了它的一种等价形式．     

一个零齐次核的Hilbert型积分不等式及其逆

通过引入参数和应用权函数的方法,建立了一个核为零齐次的Hilbert型积分不等式及其等价形式和它们的逆向形式,并证明其常数因子为最佳值.最后,本文给出了一个评注。     

一个基本的Hilbert型积分不等式及推广

利用权函数的方法,建立一个新的、基本的不含参量的Hilbert型积分不等式,并证明其常数因子为最佳值.还考虑了其等价式及(p,q)-参数形式的推广情形.     

半序线性空间上线性泛函的两个Gr\"{u}ss型不等式$^{}$

证明了半序线性空间上线性泛函的两个Gr\"{u}ss型不等式, 并由此给出了Karamata型积分不等式的一种推广形式, 得到了一个新的Gr\"{u}ss型积分不等式及关于傅立叶系数的两个不等式. 最后利用所得结论研究了关于矩阵及线性算子的一些Gr\"{u}ss型不等式.     

一个推广的Hilbert型不等式及其应用

引入单参数λ及Beta函数,给一个Hilbert型不等式作具有最佳常数因子的推广.作为应用,建立它的等价式及逆向形式.     

Some inequalities and convergence theorems for Choquet integrals

Fuzzy measure (or non-additive measure), which has been comprehensively investigated, is a generalization of additive probability measure. Several important kinds of non-additive integrals have been built on it. Integral inequalities play important roles in classical probability and measure theory. In this paper, we discuss some of these inequalities for one kind of non-additive integrals—Choquet integral, including Markov type inequality, Jensen type inequality, Hölder type inequality and Minkowski type inequality. As applications of these inequalities, we also present several convergence concepts and convergence theorems as complements to Choquet integral theory.     

关于hilbert－ingham不等式和它的应用

本文给出（ｉ）ｈｉｌｂｅｒｔ不等式和ｈｉｌｂｅｒｔ－ｉｎｇｈａｍ不等式一些有意义的共同改进；（ｉｉ）一些ｆｅｊｅｒ－ｒｉｅｓｚ型不等式的改进和（ｉｉｉ）ｈａｒｄｙ不等式的改进．     

On a multidimensional version of the Hilbert type inequality

The main objective of this paper is a study of some new multidimensional Hilbert type inequalities with a general homogeneous kernel. We derive a pair of equivalent inequalities, and also establish the conditions under which the constant factors included in the obtained inequalities are the best possible. Some applications in particular settings are also considered.